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dont use it it is a sham.had alarge commercial account bite that hook and now all their units are full of acid found by oil analysis,moisture levels in samples were in limits.now proateq is saying that the rl32h ref oil is breaking down.if it worked dont you think all the manufactures would be using it in the great race for the best KW per ton ie trane,carrier,york,and mcquay

Maybe PROA does work.!!!

i have read a great deal about the thoughts of Refrigeration engineers about Polarized Refrigerant Oil Additives., Many thoughts have been to simply write this stuff off as "snake oil". Some of you guys have backed the science behind the theory but doubted that they would work in practise and others (not many) have supported them.
Last month i witnessed the use of 30ml of a product called Permafrost being applied to a 5 year old split system 8KW air-conditioner. The ambient outside temperature was 30 degrees celsius (yes i'm metric). We had an infra red thermal gun aimed at a set point on the vent outlet. The airconditioner had been running for 1 hour and the compressor was running. The permafrost was administered and within 5 minutes the temperature had dropped to minus 2 degrees celsius a temperature difference of 9 degrees.

It was one of the most impressive tests i have ever witnessed. Added to this was the fact that the compressor was distinctly quieter.

Can anyone tell me what possibly could cause such a dynamic change in this split system other than what PROA's are designed to do? I am cynical and skeptical in most things, but i am afraid that seeing is believing and unless someone can tell me what else could possibly have caused the change i mentioned above, then maybe the 70% of PROA skeptics might want to re-think there position.

Am i alone in this matter or are there others out there who have witnessed PROA's in action?

i have read a great deal about the thoughts of Refrigeration engineers about Polarized Refrigerant Oil Additives., Many thoughts have been to simply write this stuff off as "snake oil". Some of you guys have backed the science behind the theory but doubted that they would work in practise and others (not many) have supported them.
Last month i witnessed the use of 30ml of a product called Permafrost being applied to a 5 year old split system 8KW air-conditioner. The ambient outside temperature was 30 degrees celsius (yes i'm metric). We had an infra red thermal gun aimed at a set point on the vent outlet. The airconditioner had been running for 1 hour and the compressor was running. The permafrost was administered and within 5 minutes the temperature had dropped to minus 2 degrees celsius a temperature difference of 9 degrees.

It was one of the most impressive tests i have ever witnessed. Added to this was the fact that the compressor was distinctly quieter.

Can anyone tell me what possibly could cause such a dynamic change in this split system other than what PROA's are designed to do? I am cynical and skeptical in most things, but i am afraid that seeing is believing and unless someone can tell me what else could possibly have caused the change i mentioned above, then maybe the 70% of PROA skeptics might want to re-think there position.

Am i alone in this matter or are there others out there who have witnessed PROA's in action?

Hey lucky131 if your still out there.I have reed alot about PROA and have seen compress shield in action with the same out come!

But historical evidence shows PROA to do more harm than good.

I have tested iceCOLD which is the non-toxic version (not PROA) with better results.

Thermonomics- PROA

I operate an energy consulting company and have been looking into Thermonomics which is a PROA. I have seen it in action and it seems to provide real results. The treated units are running less, the air is colder and the clients are saving money.

Why is there such a negative connotation with this type of product? It has been proven to do no damage to equipment.

What would be the best way to help HVAC professionals feel more comfortable with a product like this. In these times, everyone should do anything they can to save energy and money!

I operate an energy consulting company and have been looking into Thermonomics which is a PROA. I have seen it in action and it seems to provide real results. The treated units are running less, the air is colder and the clients are saving money.

Why is there such a negative connotation with this type of product? It has been proven to do no damage to equipment.

What would be the best way to help HVAC professionals feel more comfortable with a product like this. In these times, everyone should do anything they can to save energy and money!

Any input would be greatly appreciated. Thanks!

We are 'hands-on' guys. WE are the guys who have to clean up after this stuff does it's damage.. We are the guys who are on the hook for false claims and false hopes when it doesn't acheive what the customer expects it to.

The product not meeting customers expectations can be dealt with by a fee model based on performance. What kind of mess have you seen these products leave? And are you talking about Thermonomics specifically?

We are 'hands-on' guys. WE are the guys who have to clean up after this stuff does it's damage.. We are the guys who are on the hook for false claims and false hopes when it doesn't acheive what the customer expects it to.

I operate an energy consulting company and have been looking into Thermonomics which is a PROA. I have seen it in action and it seems to provide real results. The treated units are running less, the air is colder and the clients are saving money.
Why is there such a negative connotation with this type of product? It has been proven to do no damage to equipment.
What would be the best way to help HVAC professionals feel more comfortable with a product like this. In these times, everyone should do anything they can to save energy and money!
Any input would be greatly appreciated. Thanks!

More data, then just someone saying they have seen it in action, and it works.

Measured, and documented performance data, for the same ambient conditions without the additive.
And then measured and documented performance data with the additive.

Starting amps.
Running amps.
KWHs logged by a separate meter then the building meter.
Refrigerant Temp delta across condenser coil.
Temp delta across condenser coil.
Refrigerant temp delta across evap coil.
Evap coil entering dry and wet bulb temp.
Evap coil leaving dry and wet bulb temp.
Air flow measured in CFM across the evap coil. Both before and after using the additive.

On TV, I saw a magician make a building disappear. Doesn't mean it really happened though.

The ambient outside temperature was 30 degrees celsius (yes i'm metric). We had an infra red thermal gun aimed at a set point on the vent outlet. The airconditioner had been running for 1 hour and the compressor was running. The permafrost was administered and within 5 minutes the temperature had dropped to minus 2 degrees celsius a temperature difference of 9 degrees.

Wow. I don't want to use that stuff then.
The evap coil would be a block of ice in a short amount of time. Since minus 2°C, is 28.4°F. The evap coil would have had to of been colder yet. Meaning it was freezing up.